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| rPowerSampleSize-package | Sample Size Computation and Data Analysis in the context of multiple continuous endpoints in clinical trials. |
| asympt.ssc | Sample size computation with an individual testing procedure in the context of multiple continuous endpoints |
| bonferroni.1m.ssc | Sample Size Computation with Single Step Bonferroni Method in the Context of Multiple Continuous Endpoints. |
| complexity | Computation of the complexity of the numerical computations. |
| data | Simulated data |
| data.sim | Simulated data |
| df.compute | Computation of degrees of freedom. |
| fwer | Data analysis with an individual testing procedure in the context of multiple continuous endpoints |
| global.1m.analysis | Data analysis with a global method in the context of multiple continuous endpoints |
| global.1m.ssc | Sample Size Computation Based on a Global Procedure in the Context of Multiple Continuous Endpoints |
| indiv.1m.analysis | Data analysis with an individual testing procedure in the context of multiple continuous endpoints |
| indiv.1m.ssc | Sample size computation with an individual testing procedure in the context of multiple continuous endpoints |
| indiv.analysis | Data analysis using an individual testing procedure controlling the q-gFWER in the context of m multiple continuous endpoints |
| indiv.rm.ssc | Sample size determination in the context of multiple continuous endpoints with a control of the q-gFWER, for a given value of r-power (generalized disjunctive power). |
| known.ssc | Sample size computation with an individual testing procedure in the context of multiple continuous endpoints |
| matrix.type.compute | Computation of matrix type |
| montecarlo | Monte carlo computation of power. |
| plot.rPower | Plot of an rPower object |
| Psirmd | Computation of power for step-down (Holm) procedure. |
| Psirms | Computation of power for single step (Bonferroni) procedure. |
| Psirmu | Computation of power for step-up (Hochberg) procedure. |
| rPowerSampleSize | Sample Size Computation and Data Analysis in the context of multiple continuous endpoints in clinical trials. |
| test.indiv | Data analysis with an individual testing procedure in the context of multiple continuous endpoints |
| unknown.ssc | Sample size computation with an individual testing procedure in the context of multiple continuous endpoints |